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2013 Bmw S 1000 Rr on 2040-motos

$16,740
YearYear:2013 MileageMileage:6 ColorColor: SAPPHIRE BLACK MET
Location:

BRUNSWICK, New York

BRUNSWICK, NY
QR code
2013 BMW S 1000 RR , $16,740, image 1

BMW Other photos

2013 BMW S 1000 RR , $16,740, image 2 2013 BMW S 1000 RR , $16,740, image 3 2013 BMW S 1000 RR , $16,740, image 4 2013 BMW S 1000 RR , $16,740, image 5 2013 BMW S 1000 RR , $16,740, image 6 2013 BMW S 1000 RR , $16,740, image 7

BMW Other tech info

TypeType:Sportbike PhonePhone:(866) 287-0211

BMW Other description

2013 BMW S 1000 RR, Next to Heidi Klum, this is our 2nd favorite German import. Great-looking Sapphire Black with a factory build consisting of gear shift assistant, DTC (dynamic traction control) and heated grips. Back road burner or track day weapon, you choose. Either way it's a phenomenal performance machine. Contact Steve or Craig at MAX BMW NY for more info at (518)279-3040.

Moto blog

BMW is developing a carbon fiber sportbike

Sat, 22 Apr 2017

The super-exclusive version of the S1000RR, like the Superleggera, features a power structure, carbon fiber empennage and wheels, as well as Öhlins forks, Brembo brakes and an Akrapovič exhaust system. The bike will be released in limited edition.

FIM to Revise WSBK Homologation Requirements

Fri, 17 Jan 2014

The International Motorcycling Federation is considering modifying its homologation requirements for the World Superbike Championship following Bimota‘s somewhat surprising plans to re-enter the series. Under current regulations, manufacturers must produce a minimum number of motorcycles for it to be eligible to compete in the production-based WSBK championship. The official regulations currently require a minimum of 125 units produced for an initial homologation inspection, 500 units produced by June 30 of the current year, 1,000 units by the end of the current year and 2,000 units by the end of the following year.

BMW Developing Organic OLED Lighting

Thu, 10 Apr 2014

BMW is developing a new organic light emitting diode lighting system for cars and motorcycles. Unlike conventional LEDs, organic LEDs (or OLEDs) uses wafer-thin semiconductive layers made from organic polymers to produce light. OLEDs are more efficient and emit less heat than LEDs.